Publish remediated task image digests 091-105

data/tasks.csv

@@ -89,21 +89,21 @@ task_id,title,domain,language,repository_url,base_commit,source_license,gpl_fami
 088,Repair a boundary aggregation failure,boundary-aggregation,python,https://github.com/pydata/xarray,0b071e369a88f6672accc2a99c40d3b4b334f2f9,Apache-2.0,False,False,none,,,,,,null,,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-088:v0.1.1@sha256:f9280d74fccc2dc154eebe06728b65ab7e438fdaacbfe45254563c53ee388e8c,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-088:v0.1.1@sha256:17b563aa055029b65891898ca6dce79e1bd4821251d6ef7eed607f2702833712,linux/amd64,tasks/task_088,dockerhub-published
 089,Repair inconsistent ORCA excited-state oscillator strengths,computational-chemistry-spectroscopy,python,https://github.com/cclib/cclib,6ba33bdd48bf336a81400147d2870323b241e457,BSD-3-Clause,False,False,none,,,,,,"[""MIT""]",fixtures/PROVENANCE.md,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-089:v0.1.1@sha256:32379f2d0e61a69bb030beecefeb55a173d3bd338f4d01399445aa6b4238a155,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-089:v0.1.1@sha256:81bdeadb79aef5428d6c184bfe73a9c8612cd35576817b8e3b650bbd25daea9f,linux/amd64,tasks/task_089,dockerhub-published
 090,Restore multidimensional NMR acquisition grids,nuclear-magnetic-resonance-spectroscopy,python,https://github.com/jjhelmus/nmrglue,a3494234497a4507537c8fc5a89081bdb09b1954,BSD-3-Clause,False,False,none,,,,,,null,,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-090:v0.1.1@sha256:dac2e528dc0a2d57797793e4c9d696b73ffed938891a29bb5ecaa0e4dc2386a1,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-090:v0.1.1@sha256:3219d6de7809aaa4ea68f82d5f4ac1bceae44d2480a9ae20f47db039661ad8d6,linux/amd64,tasks/task_090,dockerhub-published
-091,Repair a workflow regression,materials-science-volumetric-data-semantics,python,https://github.com/materialsproject/pymatgen-core,c8cfee71f3ce5d92c5b5f6ca3d363f8f3a9f4495,MIT,False,False,none,MIT,environment/public/MATERIALS.json,False,False,cabe86733a5ea0ca8b200fc6c1819b593a88d79cf097138474307aa79f763a96,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-091:v0.1.0@sha256:e99b9784d9297b360713e12ff77833dfa629f31298f504322fa3ee98dc833ed8,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-091:v0.1.0@sha256:274078dbc1df8898a9f4d704e0e833c21b54447ff33e78314d2cc6e8c2e16435,linux/amd64,tasks/task_091,dockerhub-published
-092,Repair inconsistent Chemprop reaction observations,ai-chemistry-reaction-property-learning,python,https://github.com/chemprop/chemprop,1f367d55d1bac14dd6b9e0cd5746574fcfab9a59,MIT,False,False,none,CC-BY-NC-ND-4.0 and CC-BY-4.0; MIT,environment/public/MATERIALS.json,False,False,47f3e82e7dc2461a29eaab35e5e76c6f701c5dc8733dcfed95bd537ee92dd90d,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-092:v0.1.0@sha256:43ddc1b17809459d59ff0d6eaf8886368305e6164d7076d81a1660685a8dfac5,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-092:v0.1.0@sha256:6eac8072686557e2a87b94a3600cdb5e6e1a94862c97c69cdf34a916ea0d7c83,linux/amd64,tasks/task_092,dockerhub-published
-093,Repair a patient-space round trip in MONAI,medical-image-processing,python,https://github.com/Project-MONAI/MONAI,5a644e4edcc37e5c963e52fda6fab4c85b3ff02e,Apache-2.0,False,False,none,Apache-2.0; MIT,environment/public/MATERIALS.json,False,False,b316df2cbcb2bdd50c79216740fcd57b5be0a5aa84ebf5243109d2b3a39e374d,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-093:v0.1.0@sha256:5a60042d49b60549e07475ed0d0f717e1ceddac7c1e7832cec4803a8c5647e6a,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-093:v0.1.0@sha256:1a0872591921ff43bf480d6d6daa9e99f8f30c94d74f308337235ca21fe08e26,linux/amd64,tasks/task_093,dockerhub-published
-094,Repair magnetic-space-group operations across archived settings,condensed-matter-magnetism-and-magnetic-symmetry,python,https://github.com/materialsproject/pymatgen,ab97479e8da696b33f02cd140fdd16956600f94a,MIT,False,False,none,MIT,environment/public/MATERIALS.json,False,False,b34cbcca8f5de06cd097974501b6adc08bfb5d2c28a22b518b316be458f6c55d,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-094:v0.1.0@sha256:29e3fa554e2177b07fb0e7f1cc9b470dd310202d31612af2e75baef512ae97e4,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-094:v0.1.0@sha256:0b8980bec95351d787ad34347fde67096254dbe62b04ceb69b5d4fd0f8ea86df,linux/amd64,tasks/task_094,dockerhub-published
-095,Repair a repeated porous-electrode transport workflow,new-energy-materials,python,https://github.com/PMEAL/OpenPNM,d8efaa211ea6721cc4a718890f11fb60b8b43326,MIT,False,False,none,MIT,environment/public/MATERIALS.json,False,False,c96fa6a35f1d64bf5328f39c20e058bef62ed246271ce507ca39afc22103c231,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-095:v0.1.0@sha256:08fb28caff95e4cc11459e4bc8d21965e2b52cfa2ad1829e98aa440eba3f47be,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-095:v0.1.0@sha256:9e1febafa3ee120cd3fdf92d8882fc81ac9c1f6215094130cc8f58de53fd82f9,linux/amd64,tasks/task_095,dockerhub-published
-096,Repair a wrapped tropical-cyclone hazard workflow,tropical-cyclone-hazard-monitoring,python,https://github.com/CLIMADA-project/climada_python,104dfdb64ed00fce6c49a5d67be371f4fca016dd,GPL-3.0,True,True,gpl-family,CC-BY-4.0; GPL-3.0,environment/public/MATERIALS.json,True,True,c7325fe752ddf486b488aff8c4fff66589c3c181eb8a7ccbc26fa3f0f43e7d6d,[],,The retained CLIMADA-derived source is GPL-3.0; explicit restricted-license opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-096:v0.1.0@sha256:b5d83702d5a8bf8b17ce88fe6c95847eaf8b4ad5132e037fbaf6727154256a5f,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-096:v0.1.0@sha256:f83195b4ce577c453e2228e642418f22e935ebd835db2a0c168b8b7c93be28d9,linux/amd64,tasks/task_096,dockerhub-published
-097,Repair spin-model consistency in DeePMD-kit,magnetism-and-spin-models,python,https://github.com/deepmodeling/deepmd-kit,6c3b985cbc6e2dec51976a20ae51214186c693b5,LGPL-3.0-or-later,True,True,gpl-family,CC-BY-4.0; LGPL-3.0-or-later,environment/public/MATERIALS.json,True,True,e838196db75c682452e2c62d2c7cc2ccc7f64f11334ba13c72f8f1a66da48211,[],,The retained DeePMD-derived source is LGPL-3.0-or-later; explicit restricted-license opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-097:v0.1.0@sha256:d568b716103abb844e7d5f8e92693fc9bda65f9329fa82628da0433f52660de2,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-097:v0.1.0@sha256:f3cb6aea78fe4974c5f9fa31a55c02cec54773666d27857bfa0c1d9b79856ba1,linux/amd64,tasks/task_097,dockerhub-published
-098,Repair inconsistent satellite parallax geolocation,remote-sensing-and-geostationary-geolocation,python,https://github.com/pytroll/satpy,0ef189634030bda38bd069de30b60f8769995050,GPL-3.0-or-later,True,True,gpl-family,GPL-3.0-or-later; MIT,environment/public/MATERIALS.json,True,True,b8e9050b896670f76ac2bababc5fdab1cfbe9c007330b93c8d3e8a03a93384c4,[],,The retained Satpy-derived source is GPL-3.0-or-later; explicit restricted-license opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-098:v0.1.0@sha256:7749c5504674fd868d0c9f318caa3bddbc2eb7beaa77fc4b92822b0c19ced514,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-098:v0.1.0@sha256:60c92aee990b8ff7809aa094f99a6ada0935ac7fe605bfa6f90345912e56e598,linux/amd64,tasks/task_098,dockerhub-published
-099,Repair an inconsistent GNSS point solution,satellite-navigation-and-gnss-positioning,python,https://github.com/Stanford-NavLab/gnss_lib_py,9a4e467ba06e636ffa4de6ceee302cefee8b2a34,MIT,False,False,none,MIT,environment/public/MATERIALS.json,False,False,6836fba6d5391351ba01aebae0abce6b8e84988d3ce236c45528cc391ba09bce,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-099:v0.1.0@sha256:99a563d1d49d0ae4fcff3a709bf6eadb46e5c1514ec902545d7c4fa7b11c529a,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-099:v0.1.0@sha256:821dfafb1035f4ffe52e58226ae63be3d779edcdd077cd1e2890b9916b67a97b,linux/amd64,tasks/task_099,dockerhub-published
-100,Repair calibrated framework embedding relaxation,reticular-chemistry-and-framework-geometry,python,https://github.com/DCoupry/autografs,c2f22341f2b1eb2f619b76534cf4abe2e5e6b3a3,LGPL-2.1-family and MIT (upstream conflict),True,True,gpl-family,LGPL-2.1-family and MIT (upstream conflict); MIT,environment/public/MATERIALS.json,True,True,04e51ce99b0e2aa879dfdbb5e5b5bcc9599440b9193bcbcbe6c57e8f0908c487,[],,The upstream AuToGraFS snapshot has unresolved LGPL-2.1 versus MIT declarations; only the retained code and independently generated synthetic data are distributed under explicit restricted opt-in.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-100:v0.1.0@sha256:9bfa2b87a911734bd13a90d76db6e6fc482793b851cfe9e37e2616368eb4ea8b,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-100:v0.1.0@sha256:24d7057aa54c241cb71822a31b12711ad36c6d13c53d58af790290752df9ef84,linux/amd64,tasks/task_100,dockerhub-published
-101,Repair an inconsistent battery-model reproduction,lithium-ion-battery-modeling,python,https://github.com/pybamm-team/PyBaMM,1e9fbcea25b78a0a633face62b077dae1f92bf62,BSD-3-Clause,False,True,restricted-materials,BSD-3-Clause; CC-BY-4.0; CC-BY-NC-ND-4.0,environment/public/MATERIALS.json,True,True,c64ced25c2a46f3486fe60f606d7684febb4adc983ecae35bdc92543528c7eb4,[],,The required Chen2020 parameter CSVs are derived from a CC-BY-NC-ND article; explicit restricted-material opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-101:v0.1.0@sha256:fd4bfc3ad2bcdaa12f1e2c7f8451646b14175f70bfd76a5066b06fbc8fa775b6,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-101:v0.1.0@sha256:d87a3417f48574040b26cf616241f4f448f766aac2c04b1945ad05392ec04840,linux/amd64,tasks/task_101,dockerhub-published
-102,Repair an inconsistent polymer coordinate workflow,polymer-coordinate-generation,python,https://github.com/marrink-lab/polyply_1.0,160e9707d844ad1b108e1d8184152050d16088a0,Apache-2.0,False,True,restricted-materials,Apache-2.0; CC-BY-4.0; LicenseRef-2016H66-Redistribution-Unverified,environment/public/MATERIALS.json,True,True,ee3eca49b12a932bc4e0f2a4643371cf5f35bb018cb8362267d39b6533195e2f,[],,The retained 2016H66 force-field records have no complete per-file redistribution grant; explicit restricted-material opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-102:v0.1.0@sha256:961828d6d0051e381646dc093bc531e80659fb62b7bda3181e6d624aa381efba,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-102:v0.1.0@sha256:efc0d2d6b049ecc34b2272455392e8eaec4e82f52d340a1b944597cbbb00342b,linux/amd64,tasks/task_102,dockerhub-published
-103,Repair symmetric composite laminate ABD calculations,high-performance-fibers-and-composites,python,https://github.com/SteveDoyle2/pyNastran,bdff2bb616847a058960c56328b68e36ab3764e3,BSD-3-Clause,False,False,none,BSD-3-Clause; US-Government-Public-Use,environment/public/MATERIALS.json,False,False,e6d9d41ed7a153e4c817aede1aa102cf9e553da0c79f9d6cff217afaf596de52,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-103:v0.1.0@sha256:8b1934f764347452d72e5a136b8925daf6002803df163fdda7285f9757831467,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-103:v0.1.0@sha256:6eee1cc75c6043694dc04e4d6de95a09eb4300c684c9901cb64fde126651ef29,linux/amd64,tasks/task_103,dockerhub-published
-104,Repair inconsistent finite-volume advection edge states,energy-materials-and-finite-volume-transport,python,https://github.com/pybamm-team/PyBaMM,4cf09f36bb4afb42c661e8765e14b4527581eff7,BSD-3-Clause,False,False,none,BSD-3-Clause; MIT,environment/public/MATERIALS.json,False,False,49f991ef7ff6992887975d17ab7b62501cb13c053d31c3a8e64b4bbde2c4f384,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-104:v0.1.0@sha256:0d857f3eb3f235360133e7ac9f179871788984cc44ad877c33592de25b9a6d55,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-104:v0.1.0@sha256:255bdf4c710228c19cbdb1ae9add8b9740edc29edc129361dc83e13bd1c07e6e,linux/amd64,tasks/task_104,dockerhub-published
-105,Restore a stereo-preserving tautomer workflow,drug-discovery-cheminformatics,python-cpp,https://github.com/rdkit/rdkit,313bed48f942a3663e2dc496f4e930dacbbcf8aa,BSD-3-Clause,False,False,none,BSD-3-Clause; BSL-1.0; No article redistribution grant asserted,environment/public/MATERIALS.json,False,False,9805568c294fa9dfcb24b4787be10abb1f5590bdd1e8bacf737636b808625c41,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-cpp-task-105:v0.1.0@sha256:c300da3c9e6851ebd49f1aaee9d30b11edfb3ff0d116687fd6d648d1dc237f9b,docker.io/kevinxulearning/swe-bench-science-verifier-python-cpp-task-105:v0.1.0@sha256:f1db6d0edacb4e211696f3e954c59bccbe2beb5ef28ea730dc73ee2bbb041d69,linux/amd64,tasks/task_105,dockerhub-published
+091,Repair a workflow regression,materials-science-volumetric-data-semantics,python,https://github.com/materialsproject/pymatgen-core,c8cfee71f3ce5d92c5b5f6ca3d363f8f3a9f4495,MIT,False,False,none,MIT,environment/public/MATERIALS.json,False,False,cabe86733a5ea0ca8b200fc6c1819b593a88d79cf097138474307aa79f763a96,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-091:v0.1.1@sha256:ca4f4be9a9a075ea6e35a022b447be66e8704dd9ef3568a6c0386ccbeadc2a19,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-091:v0.1.1@sha256:ec8f7cd03251aa71c0c771816e9833c0daec737c669dc482635be41873933529,linux/amd64,tasks/task_091,dockerhub-published
+092,Repair inconsistent Chemprop reaction observations,ai-chemistry-reaction-property-learning,python,https://github.com/chemprop/chemprop,1f367d55d1bac14dd6b9e0cd5746574fcfab9a59,MIT,False,False,none,CC-BY-NC-ND-4.0 and CC-BY-4.0; MIT,environment/public/MATERIALS.json,False,False,47f3e82e7dc2461a29eaab35e5e76c6f701c5dc8733dcfed95bd537ee92dd90d,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-092:v0.1.1@sha256:1fdc4b0cb3aba2319615b013e7563633d0ca4903bfb4c43ce09c0e97f5be33f4,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-092:v0.1.1@sha256:c2f3487455d2635edf02c1287cdd318c0679ea22f478d6a871150d5a5447f948,linux/amd64,tasks/task_092,dockerhub-published
+093,Repair a patient-space round trip in MONAI,medical-image-processing,python,https://github.com/Project-MONAI/MONAI,5a644e4edcc37e5c963e52fda6fab4c85b3ff02e,Apache-2.0,False,False,none,Apache-2.0; MIT,environment/public/MATERIALS.json,False,False,b316df2cbcb2bdd50c79216740fcd57b5be0a5aa84ebf5243109d2b3a39e374d,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-093:v0.1.1@sha256:d25c6fa752227d38fd8fab602f529a3fb79a7a8cc993da5c015c457d901648c6,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-093:v0.1.1@sha256:6378d5a97c239e8867c6a09fd2a07ec026a7abfb0ddd80bb8bae56f8377408b7,linux/amd64,tasks/task_093,dockerhub-published
+094,Repair magnetic-space-group operations across archived settings,condensed-matter-magnetism-and-magnetic-symmetry,python,https://github.com/materialsproject/pymatgen,ab97479e8da696b33f02cd140fdd16956600f94a,MIT,False,False,none,MIT,environment/public/MATERIALS.json,False,False,b34cbcca8f5de06cd097974501b6adc08bfb5d2c28a22b518b316be458f6c55d,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-094:v0.1.1@sha256:26f3e009d815b6edbb6fea7317fc827b0c83ff8239b9faf93d41cd2fde142edd,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-094:v0.1.1@sha256:f871bca783e8671572e5c2a95c5e9ce74a5cefdf0fa99298f0514beb63ad5f91,linux/amd64,tasks/task_094,dockerhub-published
+095,Repair a repeated porous-electrode transport workflow,new-energy-materials,python,https://github.com/PMEAL/OpenPNM,d8efaa211ea6721cc4a718890f11fb60b8b43326,MIT,False,False,none,MIT,environment/public/MATERIALS.json,False,False,c96fa6a35f1d64bf5328f39c20e058bef62ed246271ce507ca39afc22103c231,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-095:v0.1.1@sha256:120a6313b6e948cdcacdad8ab115d3c8e65560a71cd0f700859fc531d8aeda79,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-095:v0.1.1@sha256:62f2f24aa3222c0a3a6e3ecee6083aac09591629e44e0582c9952cc44e6cbaf3,linux/amd64,tasks/task_095,dockerhub-published
+096,Repair a wrapped tropical-cyclone hazard workflow,tropical-cyclone-hazard-monitoring,python,https://github.com/CLIMADA-project/climada_python,104dfdb64ed00fce6c49a5d67be371f4fca016dd,GPL-3.0,True,True,gpl-family,CC-BY-4.0; GPL-3.0,environment/public/MATERIALS.json,True,True,c7325fe752ddf486b488aff8c4fff66589c3c181eb8a7ccbc26fa3f0f43e7d6d,[],,The retained CLIMADA-derived source is GPL-3.0; explicit restricted-license opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-096:v0.1.1@sha256:2836db24ab242200c17180cc31bf21859506a70be87b934c5a9e65dd3f2e12a9,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-096:v0.1.1@sha256:8dbb1d8bae6fcea0585e71a28f019d6daa33026072fcb83cad7cd36ed10cbb94,linux/amd64,tasks/task_096,dockerhub-published
+097,Repair spin-model consistency in DeePMD-kit,magnetism-and-spin-models,python,https://github.com/deepmodeling/deepmd-kit,6c3b985cbc6e2dec51976a20ae51214186c693b5,LGPL-3.0-or-later,True,True,gpl-family,CC-BY-4.0; LGPL-3.0-or-later,environment/public/MATERIALS.json,True,True,e838196db75c682452e2c62d2c7cc2ccc7f64f11334ba13c72f8f1a66da48211,[],,The retained DeePMD-derived source is LGPL-3.0-or-later; explicit restricted-license opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-097:v0.1.1@sha256:c60e8430dca0a267be80cd84dc8d3de593009d672d91376c3ee6bc83e686509e,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-097:v0.1.1@sha256:12cbdb609f7316d4fa2700879bdbaedfb066aa2df6f0a4a5a8686204efa152c2,linux/amd64,tasks/task_097,dockerhub-published
+098,Repair inconsistent satellite parallax geolocation,remote-sensing-and-geostationary-geolocation,python,https://github.com/pytroll/satpy,0ef189634030bda38bd069de30b60f8769995050,GPL-3.0-or-later,True,True,gpl-family,GPL-3.0-or-later; MIT,environment/public/MATERIALS.json,True,True,b8e9050b896670f76ac2bababc5fdab1cfbe9c007330b93c8d3e8a03a93384c4,[],,The retained Satpy-derived source is GPL-3.0-or-later; explicit restricted-license opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-098:v0.1.1@sha256:252cab1364a6acd4b85cda12c1fe685d7a53469a8a7d234d8bfa8d765c7fd196,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-098:v0.1.1@sha256:55b18bf0203de35a647f1cb292cf10b6381429a77a9858bd90bf79701a0ada0a,linux/amd64,tasks/task_098,dockerhub-published
+099,Repair an inconsistent GNSS point solution,satellite-navigation-and-gnss-positioning,python,https://github.com/Stanford-NavLab/gnss_lib_py,9a4e467ba06e636ffa4de6ceee302cefee8b2a34,MIT,False,False,none,MIT,environment/public/MATERIALS.json,False,False,6836fba6d5391351ba01aebae0abce6b8e84988d3ce236c45528cc391ba09bce,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-099:v0.1.1@sha256:563897f4b3aa7227f4b9e12d95a8d693270fc9d2111378e26356ccb6da107dac,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-099:v0.1.1@sha256:bbdc0225f7b4fd0b619b748d21fa7fd6086680e450f009335605b4227ce23ab0,linux/amd64,tasks/task_099,dockerhub-published
+100,Repair calibrated framework embedding relaxation,reticular-chemistry-and-framework-geometry,python,https://github.com/DCoupry/autografs,c2f22341f2b1eb2f619b76534cf4abe2e5e6b3a3,LGPL-2.1-family and MIT (upstream conflict),True,True,gpl-family,LGPL-2.1-family and MIT (upstream conflict); MIT,environment/public/MATERIALS.json,True,True,04e51ce99b0e2aa879dfdbb5e5b5bcc9599440b9193bcbcbe6c57e8f0908c487,[],,The upstream AuToGraFS snapshot has unresolved LGPL-2.1 versus MIT declarations; only the retained code and independently generated synthetic data are distributed under explicit restricted opt-in.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-100:v0.1.1@sha256:ce5a12e15a2211231007cd784d006ef315f7f9a568856099658328eba8fe00bf,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-100:v0.1.1@sha256:f31d5844bc55cf997b84e2518c2a71c0daf1c09292fca7285fb42348787489b6,linux/amd64,tasks/task_100,dockerhub-published
+101,Repair an inconsistent battery-model reproduction,lithium-ion-battery-modeling,python,https://github.com/pybamm-team/PyBaMM,1e9fbcea25b78a0a633face62b077dae1f92bf62,BSD-3-Clause,False,True,restricted-materials,BSD-3-Clause; CC-BY-4.0; CC-BY-NC-ND-4.0,environment/public/MATERIALS.json,True,True,c64ced25c2a46f3486fe60f606d7684febb4adc983ecae35bdc92543528c7eb4,[],,The required Chen2020 parameter CSVs are derived from a CC-BY-NC-ND article; explicit restricted-material opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-101:v0.1.1@sha256:5a10c1cc642f417aed2e1478484a2177a7e5c98efb3cd57acba8b8d73adf021c,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-101:v0.1.1@sha256:351e46f543c558cf41d5ac880353cee71632002cae6f9fabe07c543b9ae9e63e,linux/amd64,tasks/task_101,dockerhub-published
+102,Repair an inconsistent polymer coordinate workflow,polymer-coordinate-generation,python,https://github.com/marrink-lab/polyply_1.0,160e9707d844ad1b108e1d8184152050d16088a0,Apache-2.0,False,True,restricted-materials,Apache-2.0; CC-BY-4.0; LicenseRef-2016H66-Redistribution-Unverified,environment/public/MATERIALS.json,True,True,ee3eca49b12a932bc4e0f2a4643371cf5f35bb018cb8362267d39b6533195e2f,[],,The retained 2016H66 force-field records have no complete per-file redistribution grant; explicit restricted-material opt-in is required.,docker.io/kevinxulearning/swe-bench-science-environment-python-task-102:v0.1.1@sha256:7fbf7db1c42d467e46571678176734ebddebf9b7851c837580a2b51a99cf4cb0,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-102:v0.1.1@sha256:adaf1de19b5892112a68f14183079fe298592287c6744d336bcc08997b95b336,linux/amd64,tasks/task_102,dockerhub-published
+103,Repair symmetric composite laminate ABD calculations,high-performance-fibers-and-composites,python,https://github.com/SteveDoyle2/pyNastran,bdff2bb616847a058960c56328b68e36ab3764e3,BSD-3-Clause,False,False,none,BSD-3-Clause; US-Government-Public-Use,environment/public/MATERIALS.json,False,False,e6d9d41ed7a153e4c817aede1aa102cf9e553da0c79f9d6cff217afaf596de52,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-103:v0.1.1@sha256:dc47445186c6d021cb6cc81f34fe4702c822a6c4b4ecd18f66580aca22a967e5,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-103:v0.1.1@sha256:f5aee22839b572d8edf7c7884c1473cca47f07ee681bd11309ad3fd71d26c6dc,linux/amd64,tasks/task_103,dockerhub-published
+104,Repair inconsistent finite-volume advection edge states,energy-materials-and-finite-volume-transport,python,https://github.com/pybamm-team/PyBaMM,4cf09f36bb4afb42c661e8765e14b4527581eff7,BSD-3-Clause,False,False,none,BSD-3-Clause; MIT,environment/public/MATERIALS.json,False,False,49f991ef7ff6992887975d17ab7b62501cb13c053d31c3a8e64b4bbde2c4f384,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-104:v0.1.1@sha256:ce9d9e97837da59051b4fe3e75705b4f1825c41f8f0c08314c2a866603a4ebdf,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-104:v0.1.1@sha256:4e3e0fbde6106146ebadaecb511695588c4e06dec6a71b0bfac4c8de994bd2bc,linux/amd64,tasks/task_104,dockerhub-published
+105,Restore a stereo-preserving tautomer workflow,drug-discovery-cheminformatics,python-cpp,https://github.com/rdkit/rdkit,313bed48f942a3663e2dc496f4e930dacbbcf8aa,BSD-3-Clause,False,False,none,BSD-3-Clause; BSL-1.0; No article redistribution grant asserted,environment/public/MATERIALS.json,False,False,9805568c294fa9dfcb24b4787be10abb1f5590bdd1e8bacf737636b808625c41,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-cpp-task-105:v0.1.1@sha256:721d5d82c06dc94311745b3c5bf40ed1903f8c44085320e2237d79799bce70ac,docker.io/kevinxulearning/swe-bench-science-verifier-python-cpp-task-105:v0.1.1@sha256:4e96032a9972da65b1146cc41f8332bda8b16276b7ebf50db8287d5d7a434a96,linux/amd64,tasks/task_105,dockerhub-published
 106,Reproduce and extend a version-pinned MAP4/MAPC retrieval protocol,chemoinformatics-molecular-fingerprints,python,https://github.com/MLCIL/scikit-fingerprints,839001468ba8f8da64ba9d54b33fa33c795ed3c5,MIT,False,False,none,,,False,False,,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-106:v0.1.1@sha256:d55e2bb845c86d2f543f6f92ef5d4d006d3effcd8babd92272c5611b39cc8474,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-106:v0.1.1@sha256:2c7ddddb4e5595efd5421461fffab8a15fd94618104523a27a6f3bbba6e71a26,linux/amd64,tasks/task_106,dockerhub-published
 107,Repair a public symbolic workflow,computer-algebra,python,https://github.com/sympy/sympy,afe8935530a61ae5bd7a90400fa60c0d2c8c18a4,BSD-3-Clause,False,False,none,,,False,False,,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-107:v0.1.1@sha256:d9bed5d007500d41681c6eda3250cf3431fc7b20c875a6722791de9f89239ddc,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-107:v0.1.1@sha256:1a5c67f1817c05b93066b554f6b83f498f73f1b610ee8ea13507c0b475e96bfd,linux/amd64,tasks/task_107,dockerhub-published
 108,Restore stable Jacobi theta evaluations across difficult regimes,computational-mathematics-special-functions,python,https://github.com/mpmath/mpmath,5e683847c782a4c38ec71b8a88e6b1fbd903548f,BSD-3-Clause,False,False,none,,,False,False,,[],,,docker.io/kevinxulearning/swe-bench-science-environment-python-task-108:v0.1.1@sha256:e281e4d9df4e2047e90a84393c8623e2e492578b722cc7970792da35f4f7ee02,docker.io/kevinxulearning/swe-bench-science-verifier-python-task-108:v0.1.1@sha256:8db765c589aa1c821ac3e5cde3dc2f13dadf41c35132bda6e7ee121254e8f73a,linux/amd64,tasks/task_108,dockerhub-published

manifests/tasks.jsonl

@@ -88,21 +88,21 @@
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 {"base_commit": "6ba33bdd48bf336a81400147d2870323b241e457", "domain": "computational-chemistry-spectroscopy", "environment_image": "docker.io/kevinxulearning/swe-bench-science-environment-python-task-089:v0.1.1@sha256:32379f2d0e61a69bb030beecefeb55a173d3bd338f4d01399445aa6b4238a155", "environment_image_digest": "sha256:32379f2d0e61a69bb030beecefeb55a173d3bd338f4d01399445aa6b4238a155", "environment_image_id": "sha256:32379f2d0e61a69bb030beecefeb55a173d3bd338f4d01399445aa6b4238a155", "environment_image_tag": "docker.io/kevinxulearning/swe-bench-science-environment-python-task-089:v0.1.1", "gpl_family": false, "image_platform": "linux/amd64", "language": "python", "license_gate": "none", "license_source": "LICENSE", "material_licenses": ["MIT"], "materials_provenance": "fixtures/PROVENANCE.md", "public_payload_sha256": "1aa83928a461ec6d8531b1c81d25c21cf4a8497ec1aeb7e84a6da9d7b18dd9f5", "release_id": "089", "repository_url": "https://github.com/cclib/cclib", "restricted_license": false, "schema_version": 1, "source_license": "BSD-3-Clause", "status": "dockerhub-published", "task_path": "tasks/task_089", "title": "Repair inconsistent ORCA excited-state oscillator strengths", "verifier_image": "docker.io/kevinxulearning/swe-bench-science-verifier-python-task-089:v0.1.1@sha256:81bdeadb79aef5428d6c184bfe73a9c8612cd35576817b8e3b650bbd25daea9f", "verifier_image_digest": "sha256:81bdeadb79aef5428d6c184bfe73a9c8612cd35576817b8e3b650bbd25daea9f", "verifier_image_id": "sha256:81bdeadb79aef5428d6c184bfe73a9c8612cd35576817b8e3b650bbd25daea9f", "verifier_image_tag": "docker.io/kevinxulearning/swe-bench-science-verifier-python-task-089:v0.1.1"}
 {"base_commit": "a3494234497a4507537c8fc5a89081bdb09b1954", "domain": "nuclear-magnetic-resonance-spectroscopy", "environment_image": "docker.io/kevinxulearning/swe-bench-science-environment-python-task-090:v0.1.1@sha256:dac2e528dc0a2d57797793e4c9d696b73ffed938891a29bb5ecaa0e4dc2386a1", "environment_image_digest": "sha256:dac2e528dc0a2d57797793e4c9d696b73ffed938891a29bb5ecaa0e4dc2386a1", "environment_image_id": "sha256:dac2e528dc0a2d57797793e4c9d696b73ffed938891a29bb5ecaa0e4dc2386a1", "environment_image_tag": "docker.io/kevinxulearning/swe-bench-science-environment-python-task-090:v0.1.1", "gpl_family": false, "image_platform": "linux/amd64", "language": "python", "license_gate": "none", "license_source": "LICENSE.txt", "material_licenses": null, "materials_provenance": null, "public_payload_sha256": "ede5e6decc45aef565117030438e7bdd9b8c1b0a663c92381ed7da61bae6a227", "release_id": "090", "repository_url": "https://github.com/jjhelmus/nmrglue", "restricted_license": false, "schema_version": 1, "source_license": "BSD-3-Clause", "status": "dockerhub-published", "task_path": "tasks/task_090", "title": "Restore multidimensional NMR acquisition grids", "verifier_image": "docker.io/kevinxulearning/swe-bench-science-verifier-python-task-090:v0.1.1@sha256:3219d6de7809aaa4ea68f82d5f4ac1bceae44d2480a9ae20f47db039661ad8d6", "verifier_image_digest": "sha256:3219d6de7809aaa4ea68f82d5f4ac1bceae44d2480a9ae20f47db039661ad8d6", "verifier_image_id": "sha256:3219d6de7809aaa4ea68f82d5f4ac1bceae44d2480a9ae20f47db039661ad8d6", "verifier_image_tag": "docker.io/kevinxulearning/swe-bench-science-verifier-python-task-090:v0.1.1"}
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